Finkenborne Weg in Hameln: Refurbishment starts - wider street soon!

Finkenborne Weg in Hameln: Refurbishment starts - wider street soon!

Finkenborner Weg, 31785 Hameln, Deutschland - In Hameln, there are news for all residents and road users: The Finkenborn Weg is comprehensively renovated and more widely designed. This step was decided politically at the end of 2023. An important goal of the city is to reduce the original costs of over one million euros to 600,000 euros, which has succeeded with a company's surprisingly cheap offer. The renovation, which is finally brought à jour, costs only 285,000 euros. This reports Dewezet .

The city spokeswoman Wiebke Kanz officially confirmed the plans: Finkenborn Weg is not only renovated, but also about 20 centimeters wider than before. In addition, around 250 meters between Finkenborn and the Klütturm/Monopol viewpoint are taken into account. The renovation started on June 23 and should be completed within two to three weeks. The road construction work has already been largely completed, only the gravel laying is still pending. At the moment, however, the Finkenborn Weg has not yet been released for traffic, and the final costs are unclear until the time of going to press.

renovation details

The renovation includes an area that begins 180 meters behind the last house in the street (Finkenborner Weg 15) and goes beyond Finkenborn. The city of Hameln shows great commitment to find a sustainable solution here to optimize the traffic situation for everyone involved. This renovation measure is not only a pure construction site, but also a step towards more security and better accessibility for the population.

The extensive renovation of the Finkenborn Weg shows that great progress can be made with a good hand and a pragmatic approach. Residents and commuters can look forward to an improved infrastructure that will not only be more aesthetically appealing, but also facilitates the daily paths.

If you want to learn more about this exciting development, find more information on Radio active .